Accessories / XV Communication Converter XV-0AA00/GG for X. / RS / G.0. *) Fig. / Communication converter for X./ RS and G.0. The communication converter CC-XG for coupling to a communication network is a peripheral device linked to the protection device via fiber-optic cables, which enables serial data exchange between two protection relays. A digital communication network is used. The electrical interfaces in the CC-XG for the access to the communication device are selectable as X. ( kbit/s, kbit/s, kbit/s or kbit/s) or G.0. ( kbit/s). At the opposite side, the data are converted by second communication converter so that they can be read by the second device. The communication converters thus allow two protection devices to communicate synchronously and to exchange large data volumes over large distances. Typical applications are the serial protection interfaces of differential protection and distance protection of SIPROTEC devices SD/, SD, SA, SA, and SIPROTEC devices SD, SA and SL, where XV- 0AA00 has to be used. Should asynchronous serial data of differential protection SD or of the binary signal transducer XV/XV be transmitted, the device XV-0AA00 has to be used (asynchronous from 00 bit/s to. kbit/s dependent on the baudrateof X. or G.0. interface). Interference-free connection to the protection device is achieved by means of a multimode fiber-optic cable, with ST connectors at the CC-XG. The maximum optical transmission distance is. km (0. mile). The CC-XG should be mounted or installed respectively near the DCE (data communication equipment) in the same cubicle frame or at least in the same room. The electrically connectable distance should be as short as possible; a few meters are favorable. The data transfer between the protection devices is realized as a point-to-point connection that is bit-transparent. Data must be exchanged via dedicated communication Channels within the same communication system (not via switching points). Function overview Optical interface with ST connector for connection to the protection unit Distance:. km (0. mile) with. / µm and 0/ µm multi-mode FO cable between CC-XG and the protection unit / serial device Electrical interface to the communication device via SUB-D connector (X., pins, automatic detection and setting to,, or kbit/s or G.0., pins, kbit/s). Synchronous and Asynchronous mode now within one device, selectable by push-button. Synchronous data exchange for SIPROTEC protection relays SD/, SD, SA, SA, and all SIPROTEC protection relays e.g. SD, SA and SL. Asynchronous data exchange for SD protection relay, Binary signal transmitter, XV/XV or other devices with asynchronous interface Monitoring of: auxiliary supply voltage, X.: clock signal of communication network; G0.: Receive dates are on and correspond to the standardized pulse mask. and internal logic Fail safe relay ( changeover contact, SIPROTEC standard) Loop test function selectable by push-button Wide-range power supply unit (PSU) for DC to 0 V and AC to 0 V 0 *) in preparation Siemens SIP Edition No. /
Accessories / XV Applications, functions, technical data 0 Application Synchronous serial data exchange between two devices from same type: SIPROTEC : distance protection with teleprotection and differential protection (SA/,SD//); devices have to be equipped with optical module FO. SIPROTEC : all device types possible(e.g.sd/a/l); devices have to be equipped with USART-AD-FO or USART-AE-FO. Asynchronous serial data exchange between two devices from same type: SIPROTEC : differential protection (SD). Binary signal transmitter, SICAM I/O-Unit: I/O Mirror, bidirectional transmission of binary signals e.g. for teleprotection (XV, XV). Functions The protection unit is optically linked to the CC-XG, which makes interference-free data transfer between the CC-XG and the protection unit possible. The communication converter is located close to the communication device. It adapts the FO active interface of the protection relay to the electrical specifications of the communication network interface. The interface types optionally X./RS or G.0. can be set by a push-button at the top of the device. The required transmission rate is automatically detected and set by the CC-XG. Data transfer between the protection units is effected on the basis of a point-to-point connection, furthermore it is a synchronous, bit-transparent transmission via the communication network. Fig. / Technical data Rated auxiliary voltage DC to 0 V AC to 0 V Power consumption LEDs LEDs LED LED LED LED Connection of two protection devices via a communication network linked with XV-0AA00 in synchronous or asynchronous mode. Connectors Power supply Alarm/ready contact Serial G.0. interface X. interface FO cable Housing Steel sheet housing Weight Degree of protection For snap-on mounting onto mm ± 0 % ± 0 % Approx., W, <, VA Red: Error and loop mode -Green: the device operates in synchronous mode. -Yellow: the device operates in asynchronous mode. -Green: the device operates in synchronous mode -Yellow: the device operates in asynchronous mode. - Green: The device communicates via the G.0. interface. -Yellow: The device communicates via the X. interface. -pole screw-type terminal -pole make/break contact pole SUB-D connector for -pole receive and transmit line -pin SUB-D connector for electrical X./ RS interface 0 nm, ST connectors for T D and R D for./ µm multi-mode FO (max. distance to protection unit. km/0. mile) Dimensions 0 mm (W H D) Approx. 0. kg According to EN 0: IP EN 00 rail / Siemens SIP Edition No.
Accessories / XV Technical data, selection and ordering data Operating modes of CC-XG XV-0AA00 Synchronous operation with Asynchronous operation with Selection and ordering data Communication converter for X. / RS / G.0. interface SA/,SD//; and all SIPROTEC types possible e.g. SD/A/L G.0.: Interface selectable by push-button Setting in the protection unit kbit/s per parameter Automatic setting in CC-XG kbit/s X./RS: Interface selectable by push-button Setting in the protection unit Automatic setting in CC-XG: kbit/s per parameter kbit/s kbit/s per parameter kbit/s kbit/s per parameter kbit/s kbit/s per parameter kbit/s SD, XV/XV and units with asynchronous serial nterface (no handshake supported, only serial TxD and RxD signals are supported) G.0.: Interface selectable by push-button Setting in protection unit max.. kbit/s X./RS: Interface settable by push-button Setting in protection unit max.. kbit/s async. max.. kbit/s async. max.. kbit/s async. max.. kbit/s async. Converter to synchronous or asynchronous serial coupling of protection units with optical inputs/ outputs with ST connector to communication devices with electrical X./RS or G.0. interface. Connection to protection unit via FO cable for./ μm and 0 nm wavelength, max. distance. km (0. mile), ST connectors Electrical with X./RS (-pin SUB-D connector) or G.0. ( pole SUB-D connector) Automatic detection and setting of baud rate. Interface type selectable by push-button. For synchronous operation with SD/, SD, SA, SA, and all SIPROTEC protection relays e.g. SD, SA and SL. For asynchronous operation with SD, Binary signal transmitter, XV/XV or serial devices Automatic setting in CC-XG kbit/s Automatic setting in CC-XG kbit/s kbit/s kbit/s kbit/s Order No. XV - 0AA00 0 Siemens SIP Edition No. /
Accessories / XV 0 / Siemens SIP Edition No.
Accessories / XV XV-0AC00 / XV-0AC0 communication converter for pilot wires Fig. / Communication converter for pilot wires The communication converter copper (CC-CO) is a peripheral device linked to the protection device which enables serial data exchange between two protection relays. It uses a single pair of copper wires (pilot wire) that may be part of a telecommunications cable or of any other suitable symmetrical communications cable (no PuApin cable). At the opposite side, the data are converted by a second communication converter so that they can be read by the second protection device. The communication converters (master/slave) thus allow two protection devices to communicate synchronously and to exchange large data volumes over considerable distances. Typical applications are the protection interfaces of differential protection and distance protection of the devices SD, SD, SA and SA, where XV-0AC00 must be used (synchronous connection with kbit/s). Should asynchronous serial data of differential protection SD or of the binary signal transducer XV be transmitted, the device XV-0AC0 must be used (asynchronous from 00 bit/s to. kbit/s). Interference-free connection to the protection device is achieved by means of a multi-mode fiber-optic cable, with ST connectors at the CC-CO. The maximum optical transmission distance is. km (0. mile). The data transfer between the protection devices is realized as a point-to-point connection that is bittransparent. Data must be exchanged via dedicated pilot wires, not via switching points. LSP0-afp.tif Function overview Optical interface with ST connector for connection to the protection unit Distance:. km with./ µm multi-mode FO cable between CC-CO and the protection unit Electrical interface to the pilot wire (line) with screw-type terminals. kv isolated Synchronous data exchange for SD, SD, SA and SA via pilot wire (typ. km) (CC-CO version -0AA00) Asynchronous data exchange for SD, XV or other units with asynchronous interface (CC-CO version -0AA0) (typ. km) Loop test function selectable by jumpers in CC-CO Master or slave mode of the CC-CO selectable by jumper (one master and one slave device required at the end of the pilot wire, factory presetting: master mode) Wide-range power supply with self-supervision function and alarm contact 0 Siemens SIP Edition No. /
Accessories / XV Application, functions Application The CC-CO can be used for two applications. One application is the synchronous serial data exchange (converter version 0AA00) between SIPROTEC differential relays (SD, SD) and/or the serial teleprotection between distance relays (SA and SA). The relays have to be equipped with an optical 0 nm plug-in module FO. Another application is the transmission of asynchronous serial data via pilot wires to the line differential protection relay SD or the binary signal transmitter XV. Other serial devices may also be used. If the maximum distance between the protection units is longer than spanned by two CC-CO, the converters can be cascaded (see Fig. /0). A power supply between the two master units is required. If the isolation level is higher than kv (provided by the pilot wire inputs of the units), external isolation transformers (barrier transformers) can be used on both sides. These transformers offer 0 kv isolation voltage and thus help to avoid hazardous high voltages at the inputs of the CC-CO, which might be induced by a short-circuit from a parallel power line or cable. Fig. / Fig. /0 0 Functions The protection unit is optically linked to the CC-CO, which makes interference-free data transfer between the CC-CO and the protection unit possible. The communication converter is located close to the pilot wire. It converts serial data of the protection unit into a frequency-modulated signal. This signal is transmitted via one pair of copper wires of a pilot wire/communication line (bi-directional, full duplex operation). By means of jumpers, one unit is defined as master and the other unit as slave. In a training during commissioning, the electrical characteristics of the pilot wire are measured by pressing a pushbutton, and the CC-COs are tuned to these characteristics. The measured characteristics are used as parameters that will be adhered to for optimal data transfer. Digital data transfer makes a low insulation level of the pilot wire possible, because no high voltages are produced on the pilot wire during short-circuit conditions. Data transfer between the protection units is effected on the basis of a point-to-point connection, furthermore it is a synchronous, bit-transparent transmission. Due to the telegram-backed data exchange, mal-operation is ruled out. / Siemens SIP Edition No.
Accessories / XV Technical data, selection and ordering data Technical data Rated auxiliary voltage DC to 0 V ± 0 % AC /0 V ± 0 % without switchover LEDs LEDs LED Red: Line activation LED Yellow: Line transparent LED Yellow: Data transfer LED Green: Power ON Connectors Power supply -pole screw-type terminal Alarm/ready contact -pole make/break contact Pilot wire -pole for pilot-wire connection -kv isolated inputs FO cable 0 nm, ST connectors for TxD and RxD for./ µm multi-mode FO (max. distance to protection unit. km) Pushbutton Measuring and training of parameters of the pilot wire Housing Aluminum die-cast housing Dimensions x x 0 mm (W H D) Weight Approx. 0. kg Degree of protection According to EN 0: IP For snap-on mounting onto mm EN 00 rail Operating mode Synchronous operation with XV-0AC00 for SD, SD, A and SA Setting in the protection unit: kbit/s per parameter Setting in CC-CO: kbit/s. No setting required Asynchronous operation with XV-0AC0 for SD, XV and units with asynchronous serial interface (no handshake supported, only serial TxD and RxD signals are supported) Max. baud rate for protection unit:. kbit/s Max. baud rate for CC-CO kbit/s. No setting required Max. distance with pilot wire AWG / 0. mm /. Ω / km: max. km AWG / 0. mm / Ω / km: max.. km Shielded twisted pair (STP) recommended. Max. loop resistance: 00 Ω Attenuation < 0 db at 0 khz 0 Selection and ordering data Communication converter for pilot wires Converter for synchronous or asynchronous serial coupling of protection units with optical inputs/outputs with ST connector to conventional pilot wires. -kv isolation of unit analog inputs towards the pilot wires. Connection to protection unit via FO cable for./ μm and 0 nm wavelength, max. distance. km, ST connectors Synchronous serial data kbit/s Asynchronous serial data rate max.. kbit/s For synchronous operation with SD, SD, SA, SA For asynchronous operation with SD, XV for other units Order No. XV - 0AC0 0 Siemens SIP Edition No. /
Accessories / XV 0 /00 Siemens SIP Edition No.
Accessories / XV XV-0AD00 two-channel serial communication converter G.0. Fig. / Communication converter LSP.tif Function overview Interference-free protection data transfer of two independent serial data signals, selectable either in synchronous or asynchronous mode. PC interface for operation of devices at the remote line end. Network interface as E or T format for connection to multiplexer. Wide-range power supply from DC V to 0 V and AC / 0 V with failsafe relay. Indication of the data exchange via LED Integrated commissioning aid (loop test) The CC-M communication converter is used for serial data transmission over long distances via a communication network. It converts synchronous or asynchronous serial 0 nm optical input signals at inputs FO and FO to a network interface and again returns these signals at the remote terminal via the latter's interfaces. FO and FO may be configured independently for either synchronous or asynchronous operation, but must be set to the same operating mode at both ends. In synchronous mode, the interface should only be used for exchanging the protection data of the SD / SD differential protection or SA / SA distance protection and is preconfigured for kbit/s. In asynchronous mode, the interface can be used for connection of devices with baud rates between. to. kbit/s. A further asynchronous electrical RS interface is provided for max.. kbit/s. It provides for the connection of a serial PC interface with DIGSI and thereby the operations interface to SIPROTEC devices at the remote end. The G.0. network interface is provided in the form of -way screw terminals and can be configured as a -Mbit/s interface with European E format or as a.-mbit/s interface in the American T format. All settings of the device are made with jumpers, so that no special PC software is required. 0 Siemens SIP Edition No. /0
Accessories / XV Application Application Two protection devices e.g. SD / SD0 differential protection or SA / SA distance protection, exchange protection data via FO. Interference-free data exchange is performed via the communication network, the devices being connected synchronously with kbit/s (connection ; see Fig. /). Protection remote control with DIGSI is connected to FO of the converter via a XV0 mini star-coupler. This port provides the serial connection to the other substation with a PC on which DIGSI is installed. In this way, the remote protection devices can be remotely interrogated via FO (connection ). The baud rate is optimally set to. kbit/s for SIPROTEC devices, so that there is no difference from local operation. The data of the devices on the other substation can be changed and read out during commissioning and operation. Alternatively, it is possible to connect a substation control system or additional protection data transmission to FO. This makes for optimum use of the./ Mbit/s transmission channel for two separate serial connections. In addition, an asynchronous serial connection is available via the RS interface, which can be used to temporarily operate devices of the other substation with DIGSI. Fig. / Protection data transmission and remote control of a substation via a communication network 0 /0 Siemens SIP Edition No.
Accessories / XV Technical data, selection and ordering data Technical data Connections FO / ST plug / 0 nm for 0 / μm or. / μm multi-mode FO cable (max.. km) RS For asynchronous connection from.. kbit/s Power supply -pole screw-type terminal Fail safe relay -pole screw-type terminal with NC/NO contact Network E/T -pole screw-type terminal Housing Aluminium housing 0 mm for mounting on mm rail mounting according to EN 00 weight 0. kg. Protection class according to EN 0: IP Power supply Wide range DC to 0 V and AC /0 V, 0/0 Hz Displays LEDs Green Red yellow Power supply Fault alarm Data transfer Selection and ordering data Two-channel serial./ Mbit/s communication converter Conversion of independent serial FO interfaces with synchronous or asynchronous data to a E network interface with Mbit/s (G.0.) or T network interface (. Mbit/s). Two independent serial optical input channels with ST connectors and 0 nm for multi-mode FO cable for a max. of kbit/s /. kbit/s for synchronous/asynchronous data. An electrical serial RS interface with a max.. kbit/s constructed as a -pin SUB-D socket for connection with DIGSI XV0 cable. Connection from multiplexer to the E/T network interface via a -poles crew-type terminal. Wide-range power supply of DC V to 0 V and AC /0 V. A make/break fail safe contact for power supply faults or interruption of the data connection. All settings are made with jumpers in the device (presetting for E and synchronous serial data input). Order No. XV - 0AD00 0 Siemens SIP Edition No. /0